电子材料与器件原理

PrefaceChapter1 Elementary Materials Science Concepts 1.1 Atomic Strure and Atomic Unmber 1.2 Atomic Mass and Mole 1.3 Bonding and Types of Solids 1.4 Kinetic Molecular Theory 1.5 Molecular Velocity and Energy Distribution 1.6 Heat，Thermal Fluctuations，and Noise 1.7 Thermally Actiovated Processes 1.8 The Crystalline State 1.9 Crystalline Defects and Their Significance 1.10 Single-Crystal Czochralski Growth 1.11 Glasses and Amorphous 1.12 Solid Solutions and Two-Phase Solids Additonal Topics

PrefaceChapter1 Elementary Materials Science Concepts 1.1 Atomic Strure and Atomic Unmber 1.2 Atomic Mass and Mole 1.3 Bonding and Types of Solids 1.4 Kinetic Molecular Theory 1.5 Molecular Velocity and Energy Distribution 1.6 Heat，Thermal Fluctuations，and Noise 1.7 Thermally Actiovated Processes 1.8 The Crystalline State 1.9 Crystalline Defects and Their Significance 1.10 Single-Crystal Czochralski Growth 1.11 Glasses and Amorphous 1.12 Solid Solutions and Two-Phase Solids Additonal Topics 1.13 Bravais Lattices CD Selected Topics and Solved Problems Defining Terms Questions and ProblemsChapter2 Electrical and Thermal Conduction in Solids 2.1 Classical Theory:The Drude Model 2.2 Temperature Dependence of Resistivity:Idals and Conduction by Electrons 2.3 Matthhiessen’s and Nordheim’s Rules 2.4 Resistivity of Mixtures and Porous Materials 2.5 The Hall Effect and Hall Devices 2.6 Thermal Conduction 2.7 Electrical Conductivity of Nonmetals Additional Topics 2.8 Skin Effect:HF Resistance of a Conductor 2.9 Thin Metal Films 2.10 Interconnects in Microelectronics 2.11 Electromigration and Black’s Equation CD Selected Topics and Solved Problems Defining Terms Questions and ProblemsChapter3 Elementary Quantum PhysicsChapter4 Modern Theory of SolidsChapter5 Semiconductors Chapter6 Semiconductor DevicesChanpter7 Dielectric Materials and InsulationChanpter8 Magnetic Properties and Superconductiviry Chanpter9 Oroperties of MaterialsAppendixA Bragg’s Diffraction Law and X-ray Diffraction AppendixB Flux，Luminous Flux，and the Brightness of Radiation AppendixC Major Symbols and Abbreviations AppendixD Elements to UraniumAppendixE Constants and Useful InformantionIndex 附录

本书是为满足国内工科院校材料专业学生了解和掌握电子器件中的材料应用原理和概论而引进出版的。　　本书分为两个部分：第一部分是基础部分，着重讨论与固体性有关的物理理论和重要概念，还给出基本的导电与电热机制，其中包括趋肤效应和霍尔效应。在这个部分还介绍了一些典型的器件和集成电路的概念，比如霍尔器件，第二部分主要介绍不同种类的电子材料，包括半导体与半导体器件，介电材料和绝缘材料，磁性材料和超导材料及光学材料。　　本书的作者S.O.Kasap博士是电子材料领域比较著名的专家，他在本书里不仅对材料的物理电学性质的介绍有独到的见解和非常精彩的阐述，而且对材料的基本结构也做了极为详尽的描述。更为可贵的是本书引入大量现代科技最新发展的成果，比如高温超导体、新一代数字芯片技术、高密度磁记录等。这为开拓学生眼界，熟悉相关领域动态，掌握现代工业发展有着极为重要的意义。